ACT RJ45 (8P/8C) CAT6A shielded modular connector for round cable with solid or stranded conductors

The ACT FA2000 CAT6A shielded RJ45 connector is designed for round network cables with solid or stranded conductors and is suitable for thicker cable diameters of 7–8 mm. The transparent, shielded modular connector meets Cat6a requirements and is supplied in a pack of 25 pieces for installers and bulk deployments. A positioning key aids correct insertion; for mounting use the WL2000 pliers.

Advantages

The shielded design reduces electromagnetic interference and improves signal integrity for high-speed data transmission. Compatibility with both solid and stranded wire allows flexible use across cable types. Transparent housing enables visual inspection of conductor positioning, and the included positioning key helps ensure reliable terminations. Supplied in a 25-piece bag, it is practical for larger installation jobs.

Suitable for

• Terminating Cat6A network cables (round, 7–8 mm diameter)
• Installations requiring shielded RJ45 connections to reduce interference
• Professional and bulk network cabling projects

Key specifications

• Connector type: RJ45 (8P/8C)
• Category: Cat6A, shielded
• Cable compatibility: round cable, solid and stranded conductors
• Cable diameter: suitable for 7–8 mm
• Colour: transparent
• Package quantity: 25 pieces
• Manufacturer model: ACT FA2000
• Recommended mounting tool: WL2000 pliers

How to use

Prepare the round cable by stripping the outer sheath to expose the conductors and arrange them according to the required wiring standard. Insert conductors fully into the transparent FA2000 connector, using the positioning key to align wires for correct contact. Once positioned, complete the termination with the WL2000 pliers to crimp and secure the connector. Verify continuity and shielding contact after termination.

Recommendations

Use the ACT FA2000 with cables within the specified 7–8 mm diameter range and the WL2000 pliers for reliable terminations; test each connection after crimping to confirm data integrity and shield continuity.